Portable Ferrography Wear Analysis System - SKA IBM-IVDS
| Indicator | Technical parameters |
|---|---|
| Detection capability | Can detect the content and concentration of wear particles in equipment engine oil, transmission oil, hydraulic oil, and gear oil, and can analyze the number of wear particles and the size and morphology of contaminant particles. |
| Optional Specifications | Viscosity, moisture content |
| Cleaning capability | Can clean the instrument's own oil circuit |
| Self-check capability | Equipped with instrument self-check function |
| Wear particle imaging size | 5～1000μm |
| Maximum magnetomotive force for wear particle deposition (F) | 1200 AN |
| Imaging pixels | 5 million |
| Particle classification | Fatigue wear/sliding wear/cutting wear/fiber/impurity/bubble |
| Moisture detection | Saturation 0.04-1aw, moisture content 1-10000ppm |
| Wear particle spectrum slide | The wear particle spectrum slide resolution is 1024×768 pixels, with a scale bar |
| Detection flow rate | 5～20ml/min |
Product Introduction
SKA IBM Series (new)
Portable ferrography wear analysis system
SKA IBM-IVDSThe Intelligent Lubrication Wear Analysis System is an advanced ferrography analysis device specifically designed for the detection of ferrous metal wear particles in lubrication systems. The system uses electromagnetic excitation technology to attract wear particles to the sensor surface, utilizes an optical imaging camera for high-precision image acquisition, and transmits data to a backend artificial intelligence image recognition algorithm to analyze wear particles in the oil. The system can detect and analyze different types of wear in real time, such as fatigue wear, sliding wear, and cutting wear, accurately identify the shape, size, type, and distribution of particles, and effectively distinguish foreign substances such as fibers and impurities. In particular, it can identify wear particles larger than 10μm in the oil, providing precise data support for equipment health monitoring, wear warning, and maintenance decision-making.
Main Application Areas
- Engine Oil Monitoring — Detect wear particles in engine oil to assess engine health and predict maintenance needs.
- Hydraulic System Analysis — Analyze wear debris in hydraulic oil to prevent component failure and extend system life.
- Gearbox Wear Detection — Monitor gear oil for wear particles to identify gear wear and prevent unexpected breakdowns.
- Transmission Fluid Inspection — Inspect transmission oil for wear and contaminants to ensure smooth operation and reliability.
- Industrial Lubrication Management — Regularly analyze lubricants in industrial machinery to optimize maintenance schedules and reduce downtime.
Keywords：portable ferrography system, wear particle analyzer, oil wear analysis, ferrography instrument, lubricant monitoring, wear debris detection, oil condition monitoring, machine wear analysis
